Universal Gripper Quiz

What is the unique feature of KIMM's universal gripper?

• It can only pinch objects.

• It can only attach to objects.

• It requires complex sensors.

• It can pinch and attach simultaneously.

What is a limitation of suction type grippers?

• They require complex control systems.

• They are very expensive.

• They struggle with objects that allow air to pass through.

• They can only grip small objects.

Why do claw type grippers require numerous sensors?

• To grip objects with irregular shapes.

• To grip extremely small objects.

• To grip objects with smooth surfaces.

• To grip large objects.

What advantage does KIMM's gripper have over traditional grippers?

• It requires more sensors.

• It combines the strengths of both suction and claw types.

• It is less flexible.

• It is more expensive.

How does the gripper handle acupuncture needles?

• By using a special sensor.

• By combining claw and suction features simultaneously.

• By using only the claw feature.

• By using only the suction feature.

What challenge does the gripper overcome when handling box lids?

• Gripping very small objects.

• Gripping objects with smooth surfaces.

• Gripping objects with right-angled edges.

• Gripping round objects.

How does the gripper ensure candles are not broken?

• By using a special sensor.

• By combining claw and suction features.

• By using only the suction feature.

• By using only the claw feature.

What is a key advantage of the gripper in terms of manufacturing?

• It requires complex control algorithms.

• It is very expensive to produce.

• It requires numerous motors.

• It can be manufactured at a low cost.

What component generates the motion of the gripper?

• A complex motor system.

• A hydraulic pump.

• An electric motor.

• A pneumatic cylinder.

Why is a special control system not required for the gripper?

• Because it is actuated by simply turning on and off.

• Because it is manually operated.

• Because it uses advanced sensors.

• Because it uses a complex algorithm.